PROVIDING SECURITY SOLUTION TO DATA FROM IOT DEVICES USING HIGH SCALABLE LIGHT WEIGHT SECURITY ALGORITHMS OVER WIRELESS NETWORKS

computer science

Now a day’s Internet of Things (IOT) is plays vital role in communication technologies. IOT devices can be extracted data and same data can be used in many inter disciplinary applications. Providing security to IOT data is also big challenging task. Enormous number of algorithms is developed by researchers to provide security to network data but a light weight security model is preferred for IOT data. In this research paper we are working on IoT channel attack where IoT devices are deployed without security mechanisms or semi security algorithms. We conducted cryptanalysis on Advanced Encryption Standard (AES) algorithm which is available on open source, it is possible to force channel attack, and attacker has no control on input data. In this research we proposed a new scalable secure technique to protect channel data from IoT channel attack. We analyzed non linearity of s boxes used by various single key crypto algorithms by changing selection function. Various metrics like transparency order, guessing entropy, success rate, and correlation coefficient are used to study various cryptography algorithms.

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